For every 100 trees I cut down, I will plant 1

Most people that know me probably think that I hate trees. I do hate trees when they are shading the turfgrass but trees do have their place on a golf course. Today we planted a white oak tree on the right side of hole 9.

Richy Smith and Simone admiring the new tree

The infamous blind tee shot on hole nine requires a periscope to see if the fairway ahead is clear. The large gap in the forest lures people to aim right down the middle. Unfortunately any shots right of centre will find the hidden pond. I have nothing against blind tee shots (that's just good fun) but hiding penal water on the other side of the hill is just cruel.

Overhead view showing location of tree and teeboxes on hole 9

To show golfers where the water is and where not to aim we planted the tree right in front of the pond. In a few years when the tree matures it will make it obvious to the golfers that they should not aim in that direction. It should not have any affect on the way the hole plays other than a visual "don't aim here" clue for the golfers.

How the tree will eventually look from the white, blue, and gold tees

We might have to relocate the stop/go sign but that won't happen for a few years. If in the end we don't like the tree I will do what I do best and turn it into chips.

Turfgrass speedo is still my most important tool for managing turf growth after 4 years.

It wasn't the easiest year for growing grass , but the conditions were still pretty good. Almost 4 years ago exactly, I came up with the idea of comparing actual clipping yields to the "ideal" clipping yield or the clipping yield adjusted using the Growth Potential Model . Since then, it has proved to be a much more useful tool to manage growth than I originally thought . It has been almost a decade since I started making observations on plant health and playability and how it relates to the clipping yield. I have been constantly searching for ways to get the growth rate right as often as I can and this tool seems to be the best way I have seen so far, and might ultimately, be the best way going forward. To prove this point I will discuss in a future post, the success I've had with pest control in the past few years (for the most part (Not withstanding the times where I think my greens are dead but they actually aren't...thanks T)). Never needed less There are

Do you have enough?

I recently discussed how we can use fertilizer ratios to simplify how much fertilizer we apply to help us keep above the MLSN guidelines . When we get a soil test done it is a static amount of nutrients found in the soil. Even if you are above the MLSN guidelines at the time of testing, it doesn't guarantee that you will remain at or above the guidelines as the grass grows and consumes nutrients. There is math that you can use to determine exactly how much nutrient you need to apply to ensure that you remain at or above the MLSN guidelines. For many, this is much too complicated. For that reason I made a quick cheat sheet to help you determine how much of each nutrient you can expect to use each year based off a few different annual nitrogen rates. Nutrient use is based primarily on nitrogen use so the left 2 columns are a few different nitrogen rates. The columns for each nutrient are in PPM and are designed to help you look at your current soil test PPM (mehlich 3) and determin

How to quantify nutrient content in liquid fertilizer

In a recent post, I discussed how it was actually cheaper to spray soluble vs granular fertilizer. What about if we use pre-mixed liquid fertilizer? How do we even figure out how much nutrient we are applying with pre-mixed liquid fertilizer? Before I learned that you could simply dissolve soluble fertilizer in water and apply it in a sprayer, I was a big user of pre-mixed liquid fertilizers. One of the issues I initially had was figuring out exactly how much of each nutrient I was applying. The math wasn't as straightforward is it was with granular fertilizers. It turns out, it's actually not that difficult but requires an extra step. First, we need to convert the liquid volume into a mass. Many products will have the product density displayed on the label or you can look in the Safety Data Sheet (SDS) for that information as well. No SDS? Should you be using products without an SDS? Even if this information isn't included on the label it is very easy to figure out. All

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